内容概况：在21世纪的今天，科技飞速发展正推动传统农业经历一场深刻的变革。智能温室作为现代农 业的标志性形态，在提升农业生产效率、保障农产品质量与安全方面展现出显著优势，已成为推动农业 强国建设的关键举措。借助精准的环境控制系统，智能温室能够为作物创造最佳生长条件，有效缩短生 长周期，显著提高单位面积产量。同时，稳定的内部环境有助于作物养分积累，从而提升农产品的口感 与品质。智能温室还能大幅减少病虫害的发生，降低农药使用，进一步增强农产品安全性。在资源利用 方面，通过精准灌溉与智能施肥系统，智能温室显著减少了水和肥料的浪费，有助于降低农业面源污 染。此外，依托循环农业模式，智能温室实现了农业废弃物的资源化利用，推动农业向环境友好和可持 续方向迈进。数据显示，中国智能温室行业市场规模从2020年的28.49亿元增长至2024年的62.67亿元， 年复合增长率达21.79%，呈现持续快速扩张态势。在农业政策持续支持与技术不断进步的背景下，智 能温室行业发展前景广阔。未来，智能温室将更加强调系统集成与跨界融合，逐步构建起更加完善的智 慧农业生态系统。随着5G、区块链等新技术的进一步应用，智能温室的智能化水平将不断提 ...

Core Viewpoint - The article highlights the transformation of agriculture in Shandong province through the integration of technology, moving from traditional farming methods to smart, data-driven agricultural practices, thereby enhancing productivity and sustainability [1][12]. Group 1: Technological Advancements in Agriculture - Smart agricultural machinery is reshaping production scenes, transitioning from "human-led" to "cloud-based" farming [1]. - The use of drones for fertilization and pest control, along with AI systems for monitoring, is becoming standard in Shandong's agricultural practices [1][4]. - As of now, Shandong has established over 1,000 smart agriculture scenarios, including more than 20,000 acres of intelligent greenhouses and 1.8 million agricultural drones, covering over 170 million acres of operational area annually [6][12]. Group 2: Data-Driven Management - A comprehensive digital management system is being developed, allowing for real-time data collection and analysis, which enhances decision-making in agricultural practices [7][11]. - The integration of satellite navigation and AI technology enables precise operations in farming, such as autonomous harvesting and planting [8][11]. - The "Qilu Agricultural Cloud" platform consolidates agricultural data resources, totaling 2.94 billion entries, facilitating a data-driven management approach [11]. Group 3: Industry Collaboration and Ecosystem Development - Shandong is promoting a collaborative ecosystem that integrates technology, industry, and talent to enhance agricultural productivity [12][13]. - The province is breaking down silos in the agricultural supply chain, ensuring a seamless connection from production to market [12]. - Initiatives like the "High Tang Agricultural Brain" project digitize local agricultural knowledge, providing farmers with easy access to expert advice and resources [9][12]. Group 4: Future Outlook - Future plans include expanding the application of "space-ground" technology in agriculture and promoting AI models across various crop types [14]. - Continued investment in digital agriculture is expected to enhance connectivity between provincial and local systems, making smart agriculture more accessible [14].

Core Insights - The article highlights the integration of technology in agriculture through the example of a smart greenhouse in Xiji County, showcasing a modern approach to farming that emphasizes efficiency and quality [1][7]. Group 1: Digital Empowerment - The smart greenhouse operates with a sophisticated management system that utilizes real-time data from hundreds of sensors to monitor temperature, humidity, light intensity, and CO2 levels, leading to a 50% reduction in energy consumption and a 45% increase in production efficiency [4]. - Operations such as irrigation, lighting, and ventilation can be controlled remotely via a mobile platform, allowing for efficient management with only 25 staff members for a 55-acre facility [4]. Group 2: Quality Assurance - The implementation of intelligent temperature control and precise water and nutrient management results in uniform fruit size, bright color, and stable sugar content at 9.0%, with a product qualification rate of 97% and an average yield of 4,000 kg per acre [6]. - The greenhouse supplies high-quality fruits and vegetables directly to 13 major supermarkets and e-commerce platforms, achieving annual sales exceeding 4 million yuan [6]. Group 3: Agricultural Modernization - The smart greenhouse serves as a model for agricultural modernization in the region, creating jobs for 50 local farmers and promoting smart planting techniques across 2,000 acres of surrounding agricultural land [8]. - Farmers are transitioning from traditional labor roles to data-driven agricultural technicians, with an average annual income increase of 300% [9]. - The company is developing a comprehensive modern agricultural industry chain that includes research, production, processing, and sales, aiming for high efficiency, quality, and intelligence in agriculture [9].

Group 1 - The collaboration between Xuzhou and Dutch agricultural experts aims to enhance modern agricultural productivity through advanced technology and practices [1][2] - Xuzhou is a significant agricultural production base in China, with annual outputs of 21.2 million tons of vegetables, 2.84 million tons of fruits, and 600,000 tons of meat [1] - The signing of multiple cooperation agreements during the exchange meeting indicates a strong commitment to modern agricultural projects, including smart greenhouse initiatives and flower breeding collaborations [1][2] Group 2 - The investment of 650 million yuan in a smart greenhouse project by the Dutch Van der Hoeven Group is expected to yield cherry tomatoes with a market price of approximately 50 yuan per kilogram, leading to a potential output value of 1 million yuan per acre [2] - The establishment of the Jiangsu Huaihai Tomato Quality Breeding Research Center focuses on digital and intelligent enhancements, aiming for an annual seedling supply of over 50 million plants [3] - Xuzhou's agricultural enterprises are leveraging Dutch platforms to expand overseas markets, including the development of a comprehensive trading service platform for ornamental horticulture [3]